Model: FR-580N/NT FR-660N/NT - shema.ru · PDF filemodel: fr-580n/nt fr-660n/nt daewoo...

Service Manual

RefrigeratorModel: FR-580N/NT FR-660N/NT

DAEWOO ELECTRONICS CO., LTD.

S/M No. : FR580NT010

1. Specification -----------------------------------------------------------------------------------------------1

2. External views---------------------------------------------------------------------------------------------2

3. Wire diagram ----------------------------------------------------------------------------------------------4

4. Name of parts----------------------------------------------------------------------------------------------5

5. Air flow diagram------------------------------------------------------------------------------------------6

6. Refrigerant cycle diagram -----------------------------------------------------------------------------7

7. Machine room view and part list--------------------------------------------------------------------8

8. Main components-----------------------------------------------------------------------------------------9

9. Door color specification--------------------------------------------------------------------------------13

10. Exploded views and parts list -----------------------------------------------------------------------16

11. Electronic function --------------------------------------------------------------------------------------20

1. SPECIFICATION

MODEL NAME FR-580N FR-580NT FR-660N FR-660NT

RefirgerantR12 200g 200g 200g 200g

R134a 160g 160g 160g 160g

Cooling System Fan Cooling Convection

Refrigeration System Air Forced Convection

Defrost System Fin Evaporator Forced

Defrost Operation Automatic Start & Stop

Cold Control Adjustable Button

Capacity

Freezer 133 133 147 147

Refrigerator 337 337 352 352

Total 470 470 499 499

ExternalDimension

Height 1784mm 1787mm 1784mm 1787mm

Width 820mm 821mm 820mm 821mm

Depth 692mm 703mm 732mm 743mm

Net Weight 97Kg 101Kg 100Kg 104Kg

2. EXTERNAL VIEWS

2

1. FR-580N

54.6

1809

.5

1784

.17.

512

.524

.1 3.5

53

810

25.5

590

2582

0

1460

.5

1061

.512

0.1

1784

.1

570

1418

.5

820

762 2424

81026

2451

462

1015

141.

5

2. FR-580NT

762 2424

810

2224

514

6210

1514

1.5

810

25.5

590

21.8

818.

4

37 53

54.6

1.9

1793

.516

1067

599

116.

5

3

3. FR-660N

54.6

1809

.5

1784

.17.

512

.524

.1 3.5

53

810

59.4

590

2582

0

1495

1061

.512

0.1

1784

.1

570

1418

.5

820

762 2424

81026

2451

462

1015

141.

5

4. FR-660NT

762 2424

810

2224

514

6210

1514

1.5

810

25.5

590

21.8

818.

4

37 53

54.6

1.9

1793

.516

1067

599

116.

5

3. WIRE DIAGRAM

4

F

14P

Sensor Sensor Sensor R1- D1- F-

Door S/Wcompressor

defrostheater

CMFM

COM220V

RM

M-PCBPCB TRANS

COM

D

R1

Gr W L P2 G2 L

F-PCB

GrRW

VBL

PCB TRANS

FM

CM

RM

H

M Time s

etTe

mpe

ratur

eDi

splay

Refri

gerat

orTe

mpe

ratur

e Con

trol

Quick

refrig

eratin

gQu

ickFre

ezing

Fuzz

yFre

ezer

Tem

perat

ure C

ontro

l

PRBLYL

BL BL BL BL

Compressor

P-relay

BL

BL

BL

Gr

Defrostheater

Refrigeratorlamp

Freezerlamp

BL

Gr

R

R

Y

Yx5Y

R

Y

P

1 2 3

R O P

R R

Input

W W

BL

Power pulg

O PR / C S / C

BLx4

L

L L

Fuse

tem

p

BL

2 1

3 4

DR

S/W

GreyGreenWhiteBlueOrangePinkRedBlackYellowVioletBrown

:::::::::::

GrGWLOPRBLYVBR

4. NAME OF PARTS

5

1

2

3457

6

8

9

10

11

13

14

12

16

15

18

19

20

17

1 Freezer Lamp2 Freezer Shelf3 Case Icing4 Guide Icing5 Ice Box6 Chilled Door7 Low Temperature

Doodorant8 Refrigerator Lamp9 Refrigerator Shelf10 Crisper Cover11 Criper (A)12 Criper (B)13 Front Grille14 Adjustable Foot15 Freezer Pocket16 Egg Pocket17 Egg Tray18 Refrigerator Pocket19 Bottle Pocket20 Multi Pocket

5. AIR FLOW DIAGRAM

6

-19

-19

-1~1

-19

1~3

1~3

3~5

3~6

Freezer pocketPlease don't put long term storingitems such as ice cream etc.It might be melted because ofopening the door frequently.

Inlet of cooling airIt should not be blocked with foodetc. as it is the inlet where coolingair returns.

Chilled roomIt is good for the storage of fishesand meats.

Refrigerator pocketIt is good for the storage of beerand beverage etc.

CrisperIt is suitable to store vegetable andfruit.The moisture panel which isattached to the cover maintains thehumidity properly.Vegetable and fruit would be betterto be packed with clean wrap foils.

Multiple outlet of cooling airPlease don't put in vegetableetc, which contain moisture. It might be frozen because oflow temperature.

Freezer Please don't put bottlessuch as beer, beverage etc. It might be brokenbecause of freezing.

6. REFRIGERANT CYCLE DIAGRAM

7

ACCUM

SUCC.PIPEI-PIPE

EVA.

PIPE CON (A)

WI-CON.

PIPE CON (S)

DELIVERY PIPE

COMP

CAPI-TUBE

DRYER AS

HOT-PIPE

COMPRESSOR

DELIVERY

PIPE

HOT

PIPE

PIPE

CON(A)

WI

CON

PIPE

DRYER

CAPILLARY

TUBE

EVAPORATOR

ACCUNULATOR

SUCTION

PIPE

PIPE

con(S)

Hig

h pr

essu

re

Low

pre

ssur

e

§

Welding Specifications

§

Freezing Cycle

¡ WELD 5% SILVER

§ WELD 35% SILVER

7. MACHINE ROOM VIEW AND PART LIST

8

15

7

16

5

122

14

17

11

6

1810

4

25

22

9

1

8

19

2124 20233

27

13 26

NO PART NAME NO PART NAME NO PART NAME

1 FIXTURE C MOTOR AS 10 DRYER 19 MOTOR C

2 PIPE SERVICE 11 PIPE SUCTION AS 20 FAN

3 ABSORBER 12 PIPE SUC CONN 21 BOLT SPECIAL

4 CABLE TIE 13 BASE COMP AS 22 HOSE DRN B

5 COMPRESSOR 14 WASHER SPECIAL 23 CASE VAPORI

6 PIPE CONN A 15 SWITCH P-RELAY AS 24 SCREW TAPPING

7 PIPE HOT 16 CLAMP BAND RELAY 25 SCREW MACHINE

8 PIPE CONN B 17 ABSORBER PIPE B 26 CORD POWER AS

9 PIPE WICON AS 18 ABSORBER PIPE A 27 SCREW TAPPING

9

8. MAIN COMPONENTS

1. COMPRESSOR

2. RELAY ASSSEMBLY

Refrigerant R12

Voltage 100V/50,60Hz 110V/60Hz 115, 120V/60Hz 127V/60Hz 220V/50Hz 220V/60Hz 230V/50Hz 240V/50Hz

Comp. model X BL27YE-3 BL27YE-2 SL28YE-5 PL25YE-4 SL28YE-5

Part code X 3952127A30 3952127A20 3954128A50 3956125A40 3954128A50

Strating type X CSR CSR RSIR RSCR RSIR

Refrigerant R134a


Comp. model X HBL27YE-3 X HSL27YE-5 X HSL27YE-5

Part code X 3952127G30 X 3954128G50 X 3954128A50

Strating type X CSR X RSIR X RSIR

Refrigerant R12


Relay model X 444THBZZ-52 276THBYY-52 197SHBYY-52 276THBYY-52

Part code X 3018111900 3018112500 3018112800 3018113000 3018112800

Refrigerant R134a


Relay model X 783RHBZZ-52 X 276THBYY-52 X 276THBYY-52

Part code X 3018112700 X 3018112800 X 3018112800 3018112800

3. RUNNING CAPACITOR

Refrigerant R12Voltage 100V/50,60Hz 110V/60Hz 115, 120V/60Hz 127V/60Hz 220V/50Hz 220V/60Hz 230V/50Hz 240V/50HzSpec. X 230V/10µF 300V/7µF X 350V/5µF X X

Part code X 400EL15130 386100400 X 400EL15110 X X

Refrigerant R134aVoltage 100V/50,60Hz 110V/60Hz 115, 120V/60Hz 127V/60Hz 220V/50Hz 220V/60Hz 230V/50Hz 240V/50HzSpec. X 230V/10µF 300V/7µF X X X X

Part code X 400EL15130 386100400 X X X X

10

4. STARTING CAPACITOR

5. F-FAN MOTOR

Refrigerant R12Voltage 100V/50,60Hz 110V/60Hz 115, 120V/60Hz 127V/60Hz 220V/50Hz 220V/60Hz 230V/50Hz 240V/50HzSpec. X 200V/100µF X 350V/25µF

µF

X X

Part code X 3016400100 X 400EL16110

290V/50

4124G62020

X X

Refrigerant R134aVoltage 100V/50,60Hz 110V/60Hz 115, 120V/60Hz 127V/60Hz 220V/50Hz 220V/60Hz 230V/50Hz 240V/50HzSpec. X 200V/100µF X X X

Part code X 3016400100 X X X

Refrigerant R12, R134a


Spec. XORM-1001L1 ORM-1001D1 ORM-1001B2 ORM-1005B1 ORM-1001H2

IS-3211DWBFN IS-3211DWBFV IS-23211DWBFR IS-23211DWBFJ IS-3211DWBFT

Part code X 3015902520 3015902530 3015902540 3015902510 3015902550

6. R-FAN MOTOR

7. C-FAN MOTOR

8. DEFROST HEATER



Spec. XORM-1002L1 ORM-1002D1 ORM-1002B2 ORM-1006B1 ORM-1002H2

IS-3211DWBFM IS-3211DWBFU IS-3211DWBFQ IS-23211DWBFE IS-3211DWBFS

Part code X 3015902620 3015902630 3015902640 3015902610 3015902650



Spec. X RF111EAC03 RF111SAC03 RF111BAC03 RF111GAC03 RF111HAC03

Part code X 3015902720 3015902730 3015902740 3015902700 3015902750



Spec. X 180W 180W

Part code X 3010006721 3010006711

11

9. LAMP ASSEMBLY

10. PCB TRANSFORMER



Spec. X 120V/15W 240V/15W

Part code X 3013600010 3013600030



Part code X 5EPK057660 5EPK057621 5EPK057670 5EPK057710 5EPK057680

11. MAIN PCB ASSEMBLY



Spec. X N803

Part code X 3014303520 3014302501

12. DRYER

Refrigerant R12 R134a

Spec. 10 g 15 g

Part code 3016802100 3016801211

12

POWER CORD SPECIFICATION

NO SHAPE OF POWER CODE PART CODE DESCRIPTION REMARK

1 3011315000 CP-2PIN FOR EUROPEAN COUNTRY

2 401RA17200 CP-2PIN FOR OTHER COUNTRY

3 4006D17101 KP-30 FOR AMERICA

4 401PD17101 KP-211 FOR JAPAN & TAIWAN

5 3011300801 BP-3PIN

6 3011303010 #267 FOR CHILE

7 3011315310 FOR ISRAEL

8 3011303050 BS-1363A FOR U.K, MIDDLE ASIASINGAPORE & MALAYSIA

9 3011301200 KP-551/550 FOR CHINA & AUSTRALIA

* Upper power cord’s part code is only for lead wire, without any kinds of terminal or housing.

13

9. DOOR COLOR SPECIFICATION

1. ASSEMBLY URETHAN FREEZER DOOR

1) FR-580N, 660N

2. ASSEMBLY URETHAN REFRIGERATOR DOOR

1) FR-580N, 660N

2) FR-580NT, 660NT


Color type Dull lamina High glossyNormal PCM

High glossy Dull lamina High glossyNormal PCM

High glossy

sheet lamina sheet bright PCM sheet lamina sheet bright PCM

Part code X X X PWFT005A40 X X X PWFT005A50




High glossy


Part code X X X PWFT005A20 X X X PWFT005A30




High glossy


Part code X X X PWRT005A40 X X X PWRT005A50

1) FR-580NT, 660NT




High glossy


Part code X X X PWRT005A20 X X X PWRT005A30

14

COLOR TABLE

1. PCM type

NO COLOR CHIP COLOR NAME

1 P/WITH (WH069)

2 '94 L/GRAY (GY158)

3 '95 L/GRAY (GY259)

4 '94 M/GRAY (GY331)

5 '95 M/GRAY (GY335)

6 '97 M/GRAY (GY267)

7 M. D/GRAY (GY750)

8 N/BLUE (BL718)

9 MINT GREEN (GN206)

10 '97 BEIGE (BE215)

15

2. Lamina sheet type

NO COLOR CHIP COLOR NAME

1 P/WITH (WH069)

2 '94 L/GRAY (GY158)

3 '95 L/GRAY (GY259)

4 '94 M/GRAY (GY331)

5 '95 M/GRAY (GY335)

6 '97 M/GRAY (GY267)

7 M. D/GRAY (GY750)

8 N/BLUE (BL718)

9 MINT GREEN (GN206)

10 S/GOLD

11 G/GREEN

10. EXPLODED VIEWS AND PARTS LIST

16

1. Exploded views

17

NO PART NAMEPART CODE

DESCRIPTION Q'ty REMARKFR-580NT FR-660NT

1 ASSY CAB URT 1

2 HOSE DRAIN (B) 3013202200 PP 1

3 BASE COMP AS 3010309100 1

3-1 PIPE WI-CON AS 3014415500 1

3-2 MOTOR C AS 1 REFER TO # 10

3-3 FAN 3011800400 ABS (¿ 110mm) 1

3-4 FIXTURE C MOTOR AS 3012006000 1

3-5 CASE VAPORI 3011111700 PP 1

3-6 SCREW TPPING 7112401211 T1 TRS 4 12 MFZN 2

4 SPECIAL BOLT 3016003300 T2 6.5 x

x

x

20 4

5 FOOT *F *L AS 3012700700 1

6 FOOT *F *R AS 3012100600 1

7 BOLT HEX 3016000700 M6 15 2

8 ABSORBER COMP AS 3010101440 4

9 COMPRESSOR 1 REFER TO # 9

10 SWITCH P RELAY AS 1 REFER TO # 9

11 RELAY BAND 3816100100 SK-5 T0.7 1

12 SPECIAL WASHER 3016002500 SK-5 T0.8 4

13 DRYER AS 1 REFER TO # 11

14 ASSY R*S LUVR *L 3010028804 3010028814 1

15 ASSY R*S LUVR *R 3010028822 3010028832 1

15-1 SENSOR R1 AS 3014701140 1

2. Parts list

¥All other parts except the above part list are same as 580NT and 660NT.The exploded view may be a little different in shapes from the NT standard type.


DESCRIPTION Q'ty REMARKFR-580N FR-660N

35 ASSY *U HI 30100A0180 1

37 HINGE *T AS 3012907600 1

39 COVER *T HI 3011419900 PP 1

47 ASSY R DR TOTAL 1 REFER TO # 13

49 ASSY R DR LINER 3010036020 ABS 1

53 POCKET BOTTLE 3011406901 GP 1

55 ASSY F DR TOTAL 1 REFER TO # 13

57 ASSY F DR LINER 3010038720 ABS 1

82 COVER CAB BRKT 3019000801 ABS 1

1) FR-580N, 660N

2) FR-580NT, 660NT

18



16 DUCT CHILD AS 3010029532 3011128931 1

16-1 SOCKET R LAMP AS 3017900860 1

17 SCREW TAPPING 7112401611 T2 TRS 4 x

x

x

x

x

x

x

x

16 MFZN 3

18 LAMP AS 2 REFER TO # 11

19 WINDOW R 3015501600 3015500800 GPPS 1

20 SWITCH DR 3018100020 2BUTTON/4PIN 1

21 CASE DEO AS 3011101800 1

21-1 CASE DEO AS 3011102501 PP 1

21-2 DEODORANT 3018700600 1

21-3 SEALING DEO 3017714600 F-US 1

21-4 DEODERANT SHEET 3018700700 1

22 HINGE *M AS 30100A0170 SCP-1 T3.2 1

23 SPECIAL BOLT *M 3016001220 6B-1 6 20 4

25 MOTOR F AS 1

25-1 FAN 3011800400 ABS (¿ 110mm) 1

25-2 MOUSE BELL 3018500100 HIPS 1

25-3 COVER MOTOR C 4017Z32233 HIPS 1

25-4 ABSORBER MOTOR 4017Z08430 EPR-B3(H40) 1

25-5 MOTOR F 1 REFER TO # 10

25-6 COVER MOTOR B 4017Z32244 HIPS 1

25-7 FIXTURE FAN 4004Q10060 STS27 1

26 SCREW TAPPING 7112401611 T2 TRS 4 16 MFZN 2

27 MOTOR R AS 1

27-1 MOTOR R 1 REFER TO # 10


29 COVER F M/F DUCT A 3011406600 3011414300 ABS 1

29-1 SOCKET *F LAMP AS 3017900820 250V/1A 1

29-2 LAMP AS 1 REFER TO # 11


31 WINDOW F 3015500400 GPPS 1

32 BRACKET F SENS 4017Z29010 SCP-1 T3.2 1

33 INSULATOR F LOUVER AS 3013321400 F-PS 1

34 LOUVER F AS 3018903400 PP 1

35 ASSY *U HI 3012900130 1

35-1 WASHER PLAIN 7400108511 PW-1-8.5 1

36 SPECIAL BOLT 3016001201 6B-1 6 20 4

37 HINGE *T AS 3012907800 1

38 SPECIAL BOLT T/U 3016001230 6B-1 6 20 4

39 COVER *T HI 3011417400 PP 1

40 BOX M/PCB 3010511700 PP 1

41 TRANS POWER 1 REFER TO # 11

42 CAPACITOR 1 REFER TO # 9

43 PCB MAIN AS 1 REFER TO # 11


45 COVER M/PCB BOX 3011425300 PP 1

19



46 COVER CUBIC/C 3011424400 ABS 4

47 ASSY R DR TOTAL 1 REFER TO # 13

48 GASKET R DR AS 3012302610 PVC+MAGNET 1

49 ASSY R DR LINER 3010036000 ABS 1

52 POCKET SM 3019002301 GP 2

53 POCKET JUMBO 3018000500 GP 1

54 POCKET M 3019000901 GP 1

55 ASSY F DR TOTAL 1 REFER TO # 13

56 GASKET F DR AS 3012302500 PVC+MAGNET 1

57 ASSY F DR LINER 3010038700 ABS 1

60 ASSY FCP 3010063000 1

60-1 PCB *F AS 3014303750 ABS 1

60-2 BUTTON FCP (A) 3016300040 1

60-3 BUTTON FCP (B) 3016300080 TT2 BIN 3 x

x

x

10 MFZN 1

60-4 PANEL F CONTROL 3014202610 ABS 2

63 PLATE NAME TANK 3014512500 ABS+CR 1

64 CASE VEGETB A 3011104500 SAN 1

65 CASE VEGETB B 3011101300 SAN 1

66 POCKET F *T 3019001801 GP 2

67 SUPOTR VEGETB COVER 3015301003 SAN 1

68 COVER V/CASE 3011407001 3011404701 SAN 1

69 SHELF R AS 3010051200 3010051100 SAN 2

70 CASE CHILD 3011105200 SAN 1

71 DOOR CHILD CASE 3011716700 SAN 1

72 SHELF F 3017808300 3017808400 SAN 1

73 GUIDE ICING 3011403600 3012504300 HIPS 1

74 CASE ICING 3011106100 PP 2

75 BOX ICE CASE 4010E99100 1

76 CASE EGG 3011107900 SAN 2

77 CORD POWER AS 1 REFER TO # 12


79 GRILLE 3012400100 3012400600 1


81 FOOT ADJ AS 3012100400 PP 2

82 COVER CAB BRKT 3011419501 ABS 1


84 EVAPORATOR 3017000923 1

85 FUSE TEMP AS 3017200101 SW-103T (77 °C ) 1

86 ASSY D HTR 1

86-1 HEATER D AS 1 REFER TO # 10

86-2 COVER HTR *T 3011408201 AL 1200P-H24 T0.4 1

86-3 COVER HTR *U 3011408100 AL 1200P-H24 T0.4 1

20

11. ELECTRONIC FUNCTION

1. FR-540N

1) How to use the panel

FUZZY QUICKFRIDGE.

HOUR

FRIDGETEMP.

QUICKFREEZING

FREEZERTEMP.

MIN

TIMESET

F

• Freezer Temp. can be controlled by theuser.

• Not controllable during “FUZZY” mode.• Initial mode is “3” and pressing the button

changes the temp. range as follows:

• The comp operates continuously for 150 min. during quick freezing.• Quick freezing time appears for the first 5 sec and then returns to

clock time.• Quick freezing remaining time is shown if the switch is pressed.

• The temperature inside the freezer and refrigerator room iscontrolled automatically according to the customer’s purposeof use.

• The temperature inside the freezer and refrigerator room cannot be controlled manually. Quick freezing is operative.

• This function continues until the user releases it.

• The comp and fan in the refrigerating roomoperate for 40 min.

• Quick fridge time appears for the first 5 sec. andthen returns to clock time.

• Quick fridge remaining time is shown if the switchis pressed.

3 4 5 E.F 1 2

• Fridge Temp. can be controlled easily fromoutside.

• Not controllable during ‘FUZZY’ mode.• Initial mode is “3” and pressing the button

changes the temp. range as follows:

• This button is for setting clock time. “HOUR”and“MIN.“ can be adjusted at the same time.

• Adjust the time by pressing “HOUR“ and “MIN.“button.

3 4 5 E.F 1 2

21

NO.Control Control

Contents RemarkFunction Objects

1 Initial Timeoperation Temperature

control

2 Clock LEDfunction

3 Freezer COMP.temperature F-fancontrol C-fan

LED

1. In the initial operation, the temperature of FRZ. and REF.automatically set at 3/3.

2. The clock is set at 12:00.

1. The time is set at 12:00 in initial operation.

2. Time setting

1) When the time set button is pressed, the hour/min. indicatorblinks with 0.5 sec. interval.

2) Adjust the time with hour button and min. button.3) If the clock is set to desired time, press the time set button

again.4) If the hour and min. button are not used in 5 sec. during the

blink, and then the clock setting function is canceledautomatically.

1. The temperature can be controled by 6 steps with the freezertemperature button.

3 4 5 E.F 1 2 3

2. The bar LED will indicate according to the freezer temperaturebutton. The bar LED is fully illuminated once and thenilluminated up to the each temperature level.

3. A single upper bar LED on/off according to the COMP. off/on.

2) Function table

FUZZY QUICKFRIDGE.

HOUR

FRIDGETEMP.

QUICKFREEZING

FREEZERTEMP.

MIN

TIMESET

FRZ.

FUZZY

FRESH

CLEAN

E.F 1 2 3 3 2 1 E. FF4 5 Q. F 5 4Q.

REF.

FUZZY QUICKFRIDGE.

HOUR

FRIDGETEMP.

QUICKFREEZING

FREEZERTEMP.

MIN

TIMESET

FRZ.FRESH

CLEAN

E.F 1 2 3 3 2 1 E. FF4 5 Q. F 5 4Q.

REF.

FUZZYFUZZY

FUZZY QUICKFRIDGE.

HOUR

FRIDGETEMP.

QUICKFREEZING

FREEZERTEMP.

MIN

TIMESET

FRZ.

FUZZY

FRESH

CLEAN

E.F 1 2 3 3 2 1 E. FF4 5 Q. F 5 4Q.

REF.

FRZ.

E.F 1 2 3 F4 5 Q.COMP ON

FRZ.

E.F 1 2 3 F4 5 Q.COMP OFF

22

NO.Control Control


4 Refrigerator R-fantemperature LEDcontrol

4. Time chart of each device.

5. COMP. on/off temperature (Temperature ˚C/Resistance kΩ)

1. The temperature can be controled by 6 steps with the fridgetemperature button.

3 4 5 E.F 1 2 3

2. The bar LED will indicate according to the fridge temperaturebutton. The bar LED is fully illuminated once and thenilluminated up to the each temperature level.

3. A single upper bar LED on/off according to the R-fan off/on.

4. Range of R-fan on/off (Temperature ˚C/Resistance kΩ)

5. In case of D-sensor error, R-fan operation is connected withthe COMP.

6. When the COMP. is off and the temperature of the D-sensor isabove -3˚C, the R-fan turns off regardless of the R-sensor.

7. The R2-sensor is only used in detecting low cooling.

COMP

F-FAN

C-FAN

ON

OFF

1'1'

1' 30"

COMP. OFF

COMP.ON

E.F

-21/23.6

-16/17.9

1

-21/23.6

-16/17.9

2

-22/25.0

-17/18.9

3

-23/26.4

-18/20.0

4

-24/27.9

-19/21.1

5

-25/29.6

-20/22.3

R-fan off

R-fan on

E.F

0.7/29.1

2.05/27.4

1

0.7/29.1

1.05/28.7

2

-0.3/30.3

0.05/30.0

3

-1.3/31.6

-0.95/31.1

4

-2.3/33.2

-1.95/32.7

5

-3.3/34.8

-2.95/34.2

FUZZY QUICKFRIDGE.

HOUR

FRIDGETEMP.

QUICKFREEZING

FREEZERTEMP.

MIN

TIMESET

FRZ.

FUZZY

FRESH

CLEAN

E.F 1 2 3 3 2 1 E. FF4 5 Q. F 5 4Q.

REF.

R-FAN ON

R-FAN OFF

FRESH

CLEAN

F 5 4 3 2 1 E. FQ.

REF.

FRESH

CLEAN

F 5 4 3 2 1 E. FQ.

REF.

23

NO.Control Control


5 Quick COMP.freezing F-fan

C-fanLED

6 Quick COMP.fridge F-fan

C-fanR-fanLED

1. If quick freezing button is pressed, the clock mode is changedto quick freezing time mode.

2. The bar LED is illuminated 3 times in a row.

3. The COMP., F-fan operate continuously for 150 min.

4. If the quick freezing button is pressed during quick freezingmode, the remaining time is indicated on the clock indicatorfor 5 sec. (After 5 sec. it returns to the current time)

5. If press the quick freezing button twice in 5 sec., then quickfreezing mode is canceled.

1. If press the quick fridge button, the clock mode is changed toquick fridge time mode. (Quick fridge mode is worked for 40min.)

2. Time chart of the quick fridge mode.

FUZZY QUICKFRIDGE.

HOUR

FRIDGETEMP.

QUICKFREEZING

FREEZERTEMP.

MIN

TIMESET

FRZ.

FUZZY

FRESH

CLEAN

E.F 1 2 3 F4 5 3 2 1 E. FQ. F 5 4Q.

REF.

FUZZY QUICKFRIDGE.

HOUR

FRIDGETEMP.

QUICKFREEZING

FREEZERTEMP.

MIN

TIMESET

FRZ.

FUZZY

FRESH

CLEAN

E.F 1 2 3 F 5 4 3 2 1 E. FF4 5 Q. Q.

REF.

FRZ.

E.F 1 2 3 F4 5 Q.

Quick mode ON

FRZ.

E.F 1 2 3 F4 5 Q.

After 30 min.

FRZ.

E.F 1 2 3 F4 5 Q.

After 60 min.

FRZ.

E.F 1 2 3 F4 5 Q.

After 90 min.

'5'operation '1'operation'1'operation

'1' ON'1' OFF

'5' ON'5' OFF

OvercoolingOFF

Quick mode

COMP

C-FAN

F-FAN

: ON: OFF

24

NO.Control Control


7 Fuzzy COMP.FanC-fan In fuzzyR-fan mode, quickLED mode is

operative.

3. The bar LED is illuminated 3 times in a row.

4. If the quick fridge button is pressed during the quick fridgemode, then remaining time is indicated on the clock indicatorfor 5 sec. (After 5sec., it returns to the current time.)

5. If press the quick fridge button twice in 5 sec. then quickfridge mode is canceled.

1. If the fuzzy button is pressed, the fuzzy indicator is illuminatedand the FRZ. and REF. indicator is turned off.

2. The bar LED is fully illuminated twice in a row, and then it isilluminated according to the temperature range.

3. If the fuzzy button is pressed again, the fuzzy function iscanceled. At the same time, the freezer and fridgetemperature level is set 3/3.

4. Control the freezer and fridge temperature during the fuzzyfunction.

1) After the power is loaded, accumulated door (freezer andfridge door) open time is recorded every 2 hours for 24 hours. The data are recorded until the power is off.

2) Averaged data are classified according to following table.

3) In fuzzy function, it operates by predicting the condition in 2hours with above data.

F 5 4 3 2 1 E. FQ.

REF.

F 5 4 3 2 1 E. FQ.

REF.

F 5 4 3 2 1 E. FQ.

REF.

F 5 4 3 2 1 E. FQ.

REF.

Quick mode ON After 30 min.

After 60 min. After 90 min.

FUZZY QUICKFRIDGE.

HOUR

FRIDGETEMP.

QUICKFREEZING

FREEZERTEMP.

MIN

TIMESET

FUZZY

FRESH

CLEAN

E.F 1 2 3 F F4 5 5 4 3 2 1 E. FQ. Q.

FRZ. REF.

Accumulated door open time Data classification Remark

Below 30 sec. MIN. unit(good condition) Rarely opened

30 sec.~3 min. MID. unit

Above 3 min. MAX. unit (bad condition) Frequently opened

Data classification Freezer/Fridge temperature Remark

MIN. unit 2/3 ‘3’ when outside temperatureis above 26˚C

MID. unit 3

MAX. unit 3/5 ‘3’ when outside temperatureis below 14˚C

25

NO.Control Control


8 Determinationofdefrost

9 Defrost COMP.function F-fan

C-fanR-fanHeater

1. Defrost function is started by the following 4 conditions.

Condition 1 : Accumulated COMP. on time (MAX. and MIN.time)

Condition 2 : Accumulated door open time (different from theaccumulated door open time in fuzzy function)

Condition 3 : COMP. operation ratio (calculated by the timedivided by 150 min. after defrost)

Condition 4 : The door open data every 2 hours interval sameas fuzzy function

2. Method of determination defrost

¢…Order of judgement

1) In , it goes directly to defrost mode if the COMP.operation ratio from to is over 80%.

2) In , it goes directly to defrost mode if the COMP.operation ratio from to is over 80%.

3) In , it enters to defrost mode unconditionally.

1. Defrost step

E

DBD

CBC

Pre-coolR-fan D-heater

Pause Fan delaydefrost defrost

COMP. on off off off on

F-fan on off off off off

R-fan on on off off off

D-heater off off on off off

End ofdefrosting

AFor

150 min.

BMIN. time(5 hours)

CAccumulated dooropen time (10 min.)

DMAX. time(8 hours)

E

Time : 30 min.

Quick mode is prior

Time : 10 min.

Regardless ofdoor open

If D-sensortemperature is over 10˚C, R-fan goes offand it skips topause step.

Defrost is prior

Time : 90 min.

If D-sensortemperature is over 10˚C, D-heater goesoff.

If D-sensor isin error, it ison for 45 min.unconditionally

Defrost is prior

Time : 7 min.

Defrost is prior

Time : 5 min.

Defrost is prior

26

NO.Control Control


10 Forced COMP.defrost F-fan

R-fanC-fanHeater

1. When press freezer temperature button, press quick freezingbutton 5 times. Then start forced defrost function.

2. Forced defrost function starts from the D-heater step withoutPre-cool and R-fan defrost step.

3. Control method of each device is same as in defrosing mode.

4. After forced defrost, the normal defrost is enabled in 14 hoursof accumulated COMP. on time.

NO

NO

NO

NO

YES

YES YES

YES

Deciding defrosting period

Entering defrosting mode

Is it max. accumulatedCOMP ON time?

Is it min. accumulatedCOMP ON time?

Is the percentage ofoperation, so far, above 80%?

YES

Is the resuting accumulated door open time, 10 min?

NO

NO

YES Is the percentage ofoperation, so far, above 80%?

NO Will it be min. door open time in 6 hours?

YES Is it max. accumulateddoor open time?

FUZZY QUICKFRIDGE.

HOUR

FRIDGETEMP.

QUICKFREEZING

FREEZERTEMP.

MIN

TIMESET

FRZ.FRESH

CLEAN

E.F 1 2 3 F F4 5 5 4 3 2 1 E. FQ. Q.

REF.

27

NO.Control Control


11 Device COMP.test F-fanfunction R-fan

Heater

12 Demo F-fanfunction R-fan

LED

13 Delivery COMP.function F-fan

R-fanLED

1. Pressing the SW01 on M-PCB enables device test function.

2. Pressing the SW01 proceeds the operation of device asfollows.

COMP. D-heater break F-fan R-fan return

3. Each device is on for 1 min. and returns to be off.

4. During device test function, all custom LED of F-PCB isilluminated. Custom LED check function

1. If the CN10 of M-PCB is shorted, it changes to demo function.

2. F-PCB indicates the normal status and fuzzy status alternatelyin 15 sec. intervals.

3. F-fan and R-fan operation is same as below

1. This function operates when fridge temperature and quickfridge button are pressed, and plug the power code.

2. At this time, the custom LED is normal and all devices are off.

3. After 10 min., all devices operate normally.

Normal status

FRZ.FRESH

CLEAN

E.F 1 2 3 F F4 5 5 4 3 2 1 E. FQ. Q.

REF.

Fuzzy status

FRZ.

FUZZY

FRESH

CLEAN

E.F 1 2 3 F F4 5 5 4 3 2 1 E. FQ. Q.

REF.

FUZZY QUICKFRIDGE.

HOUR

FRIDGETEMP.

QUICKFREEZING

FREEZERTEMP.

MIN

TIMESET

FRZ.FRESH

CLEAN

E.F 1 2 3 F F4 5 5 4 3 2 1 E. FQ. Q.

REF.

Normal status Demo status

OFF ONDoor open F-fan and R-fan is off F-fan and R-fan is on

at the same time. at the same time

ON OFFDoor close F-fan : ON after 2 sec. F-fan : OFF after 2 sec.

R-fan : ON after 1 sec. R-fan : OFF after 1 sec.

28

NO.Control Control


14 Low COMP.cooling R-fanpreventfunction

15 COMP. COMP.restartprevent

16 Error LEDdisplay

1. The low cooling prevention function will be operating if thetemperature of R1-sensor or R2-sensor goes above 6˚C.

2. Time chart

3. R1 and R2-sensor detects the low cooling prevention function,but only R1-sensor returns the normal function.

1. The COMP. can not be on within 6 min. after COMP. off.

2. During Pre-cool step in defrost mode. 6 min. delay isunavailable.

1. Press the quick freezing button 3 times when press the quickfridge and fridge temperature button.

2. If press the freezer temperature button, then stage changedlike follow.

R1-sensor temperature D-sensor temperature F-sensortemperature Error code

3. Auto return to the normal time is 8 min. without pressing thefreezer temperature button.

low coolingdetection

temp. (6˚C)R-FAN ON

COMP

C-FAN

R-FAN

R-FAN OFF

The COMP turns off by R1-S

: ON: OFF

FUZZY QUICKFRIDGE.

HOUR

FRIDGETEMP.

QUICKFREEZING

FREEZERTEMP.

MIN

TIMESET

FRZ.FRESH

CLEAN

E.F 1 2 3 F F4 5 5 4 3 2 1 E. FQ. Q.

REF.

29

NO.Control Control


17 Alarm Buzzerfunction

4. Sensor’s temperature indication is as follow.

1) R-sensor (when 1˚C)

2) D-sensor (when -23˚C)

3) F-sensor (when -18˚C)

5. Error code is refered to 3) Self-diagnosis table

1. Alarm buzzes 1 sec. after 3 sec. of initial power on.

2. Alarm buzzes whenever each switch in F-PCB is pressed.

3. If the door is opened for more than 1 min., chirpy sound alarmbuzzes.

FRZ.FRESH

CLEAN

E.F 1 2 3 F F4 5 5 4 3 2 1 E. FQ. Q.

REF.

FRZ.FRESH

CLEAN

E.F 1 2 3 F F4 5 5 4 3 2 1 E. FQ. Q.

REF.

FRZ.FRESH

CLEAN

E.F 1 2 3 F F4 5 5 4 3 2 1 E. FQ. Q.

REF.

30

Code Content Perception method Refrigerator operation state

F 1 F-sensormalfunction

R T RT-sensormalfunction

R 1 R1-sensormalfunction

R 2 R2-sensormalfunction

D 1 D-sensormalfunction

D 0 Door switchmalfunction

F 3 Defrostmalfunction

C 1 CyclemalfunctionCompressormalfunction

3) Self-diagnosis table

- The refrigerator is run at 60% power with a40 minute period.

- When the refrigerator compartment is overfrosted, the operation is forcibly stopped, thenreturns to a 40 minute period operation.

- In fuzzy mode, control temperature accordingto the outside temperature is disable.

- Operated by R2-sensor

- Low cooling prevention function by R2-sensoris disable.

- Heater turns on for 45 minutes irrespective ofD-sensor

- R-fan can be on/off by R1-sensor only whencompressor on.

- The R-fan and F-fan operates irrespective ofthe door switch when the compressor is on.

- Normal operation.

- Normal operation.

- Short circuit

- Wire disconnection

- Short circuit


- Short circuit


- Short circuit


- Short circuit


- When the D-sensor tempera-ture is over -5˚C while thecompressor is off.

- When the door switch is leftopen continually for an hour.

- When the D-sensor turns offnot by 13˚C but by a 90minutes period while theheater is on.

- When the temperature of theD-sensor is over -5˚C althoughthe compressor has beenrunning for 3 hours non-stop.

All error code will be reset, if they become normal.

4) Circuit and Wiring DiagramN 8 0 2

31

18 17 16 15 14 13 12 11 1001 02 03 04 05 06 07 08 GND

11 12 13 14 15 16 17 18 VCC1 2 3 4 5 6 7 8 9

16 15 14 13 12 11 10 9

COM 04 14HEAT SINK

& GND

HEAT SINK& GND

13 03 COM

1 2 3 4 5 6 7 8VCC 01 11 12 02 VCC

16 15 14 13 12 11 10 901 02 03 04 05 06 07 COM

11 12 13 14 15 16 17 GND1 2 3 4 5 6 7 8

7805

7806

7812

7812

R05

R06

R07

R08

R03

R04

R02

R01

1

2

3

4

5

6

7

8

16

15

14

13

12

11

10

9

D04

IC04

IC05

1 2 3 4 5 6 7 8

C02

0.0µFC01

SW6

IC01TD62308BP

F-PCB

IC02TD62308BP

D03 D06 D05 D01 D02

SW5 SW2 SW3 SW1 SW4

R-TEMP.CONTROL

F.Q R.QF-TEMP.CONTROL

NEUROFUZZY

TC

4051

BA

T.SH.S H.S

R11

R10

R09

78056 3 14 11 9 16 1 8

7 15 10 4 5 12 11

14 3 6 11 9 16 1 8

15 2 7 10 4 5 12 13

a3

b3

c3

d3

e3

f3

g3

F/L

F/M

F/H

FB8

FB2

FB4

FB5

REF

a1

b1

c1

d1

e1

f1

g1

a2

b2

c2

d2

e2

f2

g2

RB2

RB4

RB6

RB8

R/MH

R/LH

R/E

FRZ

F/E

F/LH

F/MH

FB9

FB3

FB5

FB7

FUZZY

RB3

RB5

RB7

RB9

R/L

R/M

R/M

6

15

14

13

12

11

10

FB1

R

RB1

RB1

:

F

:

FB10

:

CO

MP

D-H

TR

C-F

AN

F-F

AN

R-F

AN

5V

CN01 CN08

3

4

5

6

2

1

7

8

9

10

11

12

13

14

R01

R02

R03

R04

CC21

R

O

Y

G

BR

BL

L

V

Gr

W

P

W.BL

W.BR

W.R

R06

R07

R08

R09

R10

R11

R12

R13

9

10

11

12

13

14

15

16

25

26

27

28

29

30

31

32

42

43

41

44

DATA

DATA

DATA

DATA

DATA

DATA

DATA

DATA

10

11

12

13

14

15

16

17

18

9

8

7

6

5

4

3

2

1

SCAN A

SCAN B

SCAN C

KEY INPUT

1

2

3

4

5

6

7

8

R38

FREQCHECK

BUZZERCOMPHTR

C-FANF-FANR-FAN

SCAN(C)SCAN(B)SCAN(A)

INHIBIT 2

ASS

VASS

A/D 1

A/D 2

RT-S

R2-S

R1-S

D-S

F-S

VDD

DOOR S/WCHECK

TEST

XTIN(32.768KHz)

XTOUT

RESET

XIN(8MHz)

XOUT

VSS

LEDTEST KEY

KEY

DEMO S/W

POWER OFFCHECK

BZ

BZ120

38

37

35

34

33

18

1

2

3

4

5

6

7

8

16

15

14

13

12

11

10

9

D05 BZ1IC04

R51

R32

CN09

R40750ohm IC07

IC064

3

PC817

1

2

M-PCB

CC11

CC10

CC09

CC07

CC12

CE12

CE11

CE09

R27

R26

CE04

CE10

R33

CE08

R58

R58

R28

+

+

+

+ +

+

+

R2426.7K

R2.330.1K

R2230.9K

CC08

R25

CE07+

R2130.9K

RT-SENSOR

R2315K

12VCC08

CE05

12V

CC02

CC06

IC08CC07 CE01

CC190.1uF

CC180.1uF

1000uFCE01

CE021000uF

BD2

BD1

CE04

CC01IC09

IC09

CC06 D4 IN4002

5.4V

R13100ohm

R54

CE030.1F 5.5V

R5330.1KR44

100 OHM 1N4002

CC03 CC04

IC10D5 CC02

IC11

5V

CC01

R49

R52

R50

J14

CC05

17

19

52

49

50

54

INHIBIT 1 53

55

57

58

59

60

61

62

63

64

51

R41

R42

R43

R45

2122

232435

39

40

45

46

47

48

R20

C3202

R36Q01

Q02R35

R37

C3202

R39

R341K

TD62

304A

P

CC17

D09

1N5399

1N4002

D10

R30

47KR29

47K

SN3

23

11

9

VAR2

RY5

D07

VE12HM5K

RY2

D04

D03

VE12HM5K

CN04

P

R F-FAN

70+/-5˚C

FU

SE 1

.5A

Gr Fuse compertureDefost heater

CN03

VS-12MB

RY1

SN4 BR

G

W

Gr

GP

R/C

S/C

CN02

BL

Y

L

R-FAN

P

BL

CN01

DoorSwitch

CN05PCB

transformner

3 1

BL

W

ROOM

BL

Refrigerator240V 1.3W

LAMPPreezer

L 4 R 2

P-RELAY

COMP

SN1

SN2

VAR1

Gr

Gr

L

L

220V ACPOWER CORD

BL W

YGN

W

Gr

CN07

L

CN06

O F-SENSOR

D-SENSOR

R1-SENSOR

R2-SENSOR

+

+

+

CC13

CC14

CC20

RE1

RE2

CE13R14 +

S8053

CC15

CC16

IC05CC25

R17

CC14

R14

R15

R16

CC24

R18

CC25

CC22

CN10

JUMPER

R51

SW02

SW01

TD

6278

3AP

CONTROL INPUTS* TD62783AP (DARLINGTON DRIVER)TC4051BP(MULTIPLEX)

* TD62308BP (LOW INPUT ACTIVE 1.5A DRIVER)

* TEST JIG

* ULN2004A

INHIBITLLLLLLLLH

ON CHANNEL0:13 PIN1:14 PIN2:15 PIN3:12 PIN4:1 PIN5:5 PIN6:2 PIN7:4 PINDON'T CARE

CLLLLHHHH

*

BLLHHLLHH

*

ALHLHLHLH

*

4

2

13

15

5

1

12

14

6

16

9

19

11

3

7

8

IC0316

9

10

11

6

3

7

8

4

2

3

1

12

15

14

13

IC02

4051

56

1. The RESISTOR value which has not displayed time constant is 10K 1/4W.

2. The CERAMIC CONDENSOR which been displayed time constant is 0.01µF.

3. The CONDENSER which has not been displayed time constant is 10µF.

4. The DIODE which has not been displayed its model name is IN 4148.

High speed : H.STime setting : T.SPower saving : P.SMedium weak : M.WMedium strong : M.SWhite Black : W.BLWhite Brown : W.BRWhite Red : W.RRefrigerator : RFArtificial intelligence : A.IStorage lamp : S.LDeodorization freshness : D.F

N 8 0 3

32

C-FAN

18 17 16 15 14 13 12 11 1001 02 03 04 05 06 07 08 GND

11 12 13 14 15 16 17 18 VCC1 2 3 4 5 6 7 8 9

16 15 14 13 12 11 10 9

COM 04 14HEAT SINK

& GND

HEAT SINK& GND

13 03 COM

1 2 3 4 5 6 7 8VCC 01 11 12 02 VCC

16 15 14 13 12 11 10 901 02 03 04 05 06 07 COM

11 12 13 14 15 16 17 GND1 2 3 4 5 6 7 8

7805

7806

7812

7812

R05

R06

R07

R08

R03

R04

R02

R01

1

2

3

4

5

6

7

8

16

15

14

13

12

11

10

9

D04

IC04

IC05

1 2 3 4 5 6 7 8

C02

0.0µFC01

SW6

IC01TD62308BP

F-PCB

TMP87CH46N

IC02TD62308BP

D03 D06 D05 D01 D02

SW5 SW2 SW3 SW1 SW4

R-TEMP.CONTROL

FQ.F

RQ.R

F-TEMP.CONTROL

NEUROFUZZY

TC

4051

BA

SET

R11

R10

R09

78056 3 14 11 9 16 1 8

7 2 15 10 4 5 12

14 3 6 11 9 16 1 8

15 2 7 10 4 5 12 13

a3

b3

c3

d3

e3

f3

g3

F/Warn

F/Mid

F/Cold

FB8

FB2

FB4

FB6

REF

a1

b1

c1

d1

e1

f1

g1

a2

b2

c2

d2

e2

f2

g2

RB2

RB4

RB6

RB8

R/Mid

R/Mid

R/E.R

FRZ

F/E.F

F/Mid

F/Mid

FB9

FB3

FB5

FB7

FUZZY

RB3

RB5

RB7

RB9

Warm

Mid

Cold

deodorant

6

15

14

13

12

11

10

9

FB1

Q.R

RB1

RB1

:

FQ.F

i

FB10

CO

MP

D-H

TR

C-F

AN

F-FA

NR

-FA

N5V

CN01 CN083

4

5

6

2

1

7

8

9

10

11

12

13

14

R01

R02

R03

R05

CC21

R

O

Y

G

BR

BL

L

V

Gr

W

P

W.BL

W.BR

W.R

R06

R07

R08

R09

R10

R11

R12

R13

9

10

11

12

13

14

15

16

17

40

41

18

19

20

21

4

3

2

1

DATA

DATA

DATA

DATA

DATA

DATA

DATA

DATA

10

11

12

13

14

15

16

17

18

9

8

7

6

5

4

3

2

1

SCAN A

SCAN B

SCAN C

KEY INPUT

5

6

7

8R04

FREQCHECK

BUZZERCOMPHTR

C-FANF-FANR-FAN

A/D

A/D

A/D

V AREF

RT-S

R2-S

R1-S

D-S

F-S

VDD

DOOR S/WCHECK

TEST

XTIN(32.768KHz)

XTOUT

RESET

XIN(8MHz)

XOUT

VSS

LEDTEST KEY

KEY

DEMO S/W

POWER OFFCHECK

BZ34

38

37

35

35

33

32

1

2

3

4

5

6

7

8

16

15

14

13

12

11

10

9

D05 BZ1

D6

IC04

R33

R26

CN09

R36750ohm IC08

IC094

3

PCB17

1

2

M-PCB

CC15

CC10

CC20

CC21

CC23

CE13

CE04

CE05

R48

R45

CE06

CE08

R18

CC17

R49

+

+

+

+ +

+

+

R5026.7K

R4730.1K

R4631.4K

R4431.4K

CC22

R43

CE07+ RT-SENSOR

R2315K

12VCC08

CE05

12V

CC02

CC06

IC08CC07 CE01

CC190.1uF

CC180.1uF

1000uFCE01

CE021000uF

BD2

BD1

CE04

CC01IC09

IC09

CC06 D4 IN4002

5.4V

R13100ohm

CE030.1F 5.5V

100 OHM 1N4002

CC03 CC04

IC10D5 CC02

IC11

5V

CC01 CC05

0

1

2

3

39

25

24

23

22

59

60

61

29

30

42

R27 R29

4.7K4.7K C3202Q01 C3202

Q02

R31

R30

R32

R35

R341K

TD

6230

4AP

CC18

1N5399

D3

1N4002

D2

R51

47KR52

47K

SN3

23

11

9

VAR2

RY4

VE12HM5K

RY2

VE12HM5K

CN04

P

RE F-FAN

70+/-5˚C

FU

SE 1

.5A

temperature fuseDefrost heater

CN03

VS-12MB

RY1

BR

G

W

Gr

GP

R/C

S/C

CN02

BL

Y

L

R-FAN

PK

BL

CN01

DoorSwitch

CN05PCB

transformner

3 1

Black

WH

Black

LAMP

BL 4 RE 2

P-RELAY

COMP

SN1

SN2

VAR1

GR

GR

BL

BL

POWER CORD

Black WH

YWGN

WH

GR

CN07

BL

CN06

OR F-SENSOR

D-SENSOR

R1-SENSOR

R2-SENSOR

+

+

CC24

R17

R2531.4K

R2423.2K

RE1

RE2

CE10R14 +

CE09CC27+

S8053

CC15

CC16

20PF

20PF

CC28

IC02

CHOND

R42

CC14TEST KEY

AGEINGKEY

R39

R40

R41

CC13

R37

CC11

CC10

CN10

JUMPER

R38

SW02

SW01

TD

6278

3AP



* TEST JIG

* ULN2004A

INHIBITLLLLLLLLH


CLLLLHHHH

*

BLLHHLLHH

*

ALHLHLHLH

*

CC25

R16

R1931.4K

R2041.1K

CC26

R15

R2130.1K

R2219.5K

RY3

VE12HM5KC09

Cold

Warm

Warm

Cold

33

FUZZYTEMP

TIME SETQUICK

FREEZINGQUICK

REFRIGERATION

• When the FUZZY button is pressed, both“BAR LED” are blinking in a row

• “FUZZY” LED comes “ON”.• When the FUZZY button is pressed again,

FUZZY function is canceled.• LED of freezing and refrigerating go “OFF”.

• When the quick freezing button is pressed,BAR LED of freezing is blinked 3 times in arow.

• LED of freezing goes off.• “Quick” LED comes “ON”.

1. One time1) Freezer room temperature control function. 2) Adjust temperature with ,

2. Two times1) Refrigerature room temperature control function2) Adjust temperature with ,

3. Three times1) HOUR control function.2) Adjust hour with ,

4. Four times1) MINUTE control function.2) Adjust minute with ,

5. Five times1) Adjust finished.2) Retrun to normal status.

• When the quick refrigeration button ispressed, BAR LED of freezing is blinked 3times in a row.

• LED of freezing goes off.• “Quick” LED comes “ON”.

2. FR-540NT

1) How to use the panel

34

NO.Control Control


1 Clook LEDfunction

2 Freezer COMP.temperature F-fancontrol LED

3 fridge COMP.temperature R-fancontrol LED

1. The time is set at 12:00 in initial operation

2. Time setting

1) When the temperature/time set button is pressed 3 times,Hour blinks.

2) Adjust HOUR with , button.

3) When the temperature/time set button is pressed 4 times,MIN blinks

4) Adjust MIN with , button.

1. When press the temperature/time control button, freezertemperature range blinks. Then can control freezer temperturewith , button.

2. COMP. on/off temperature(Tempterature ûC/Resistance k? )

3. Bar LED is not related with on/off point.

4. If push the temperature/time control button in fuzzy mode,then fuzzy mode is canceled.

1. When press the temperature/time control button, fridgetemperature range blinks. Then can control fridge temperaturewith , button.

2. Main sensor of fridge room is R1-sensor.

3. R2-sensor is used for preventing low cooling.

4. R-fan on/off temperature(Temperature ûCResistance k? )

2) Function table

FUZZYTEMP

TIME SETQUICK

FREEZINGQUICK

REFRIGERATION

FUZZY SURROUND CLEAN

FRZ. REF.

Q.F3

21 E.F E.R 1

23

Q.R

FUZZYTEMP

TIME SETQUICK

FREEZINGQUICK

REFRIGERATION


FRZ. REF.

21 E.F E.R 1

2

Q.F3 3

Q.R

FUZZYTEMP

TIME SETQUICK

FREEZINGQUICK

REFRIGERATION


FRZ. REF.

Q.F3

21 E.F E.R 1

23

Q.R

COMP. on

COMP. off

E.F

-17.5/19.4

-22.5/25.7

1 (low)

-18.5/20.6

-23.5/27.2

2 (mid)

-19.5/21.7

-24.5/28.8

3 (high)

-21.5/24.3

-26.5/32.3

R-fan on

R-fan off

E.R

1.35/28.4

1.0/28.7

1 (low)

0.35/29.7

0.0/30.0

2 (mid)

-0.65/30.9

-1.0/31.4

3 (high)

-2.65/33.8

-3.0/34.3

35

NO.Control Control


4 Quick COMP.freezing F-fan

LED

5 Quick COMP.fidge R-fan

LED

5. When the low cooling is detected, COMP. goes on regardlessof F-sensor.

6. When the fridge temperature goes R-fan off point, COMP. iscontrolled by F-sensor and R-fan goes off.

7. Low cooling is detected by R1-sensor or R2-sensor, itscancellation can be done by R1-sensor only.

8. Bar LED is not related with on/off point.

9. If push the temperature/time control button in fuzzy mode,then fuzzy mode is canceled.

1. When the quick freezing button is pressed, it becomes quickfreezing mode.

2. The quick freezing mode works for 150 min.

3. The quick freezing time shows for 5 sec.

4. COMP. and F-fan go on regardless of F-sensor during the quickfreezing mode.

5. The quick freezing mode is operative even in fuzzy mode.

1. When the quick fridge button is pressed, it becomes quickfridge mode.

2. The quick fridge mode works for 40 min.

3. The quick fridge time shows for 5 sec.

4. COMP. and R-fan are on until R1-sensor detects over coolingtemperature (-7˚C).

5. The quick fridge mode is operative even in fuzzy mode.

FUZZYTEMP

TIME SETQUICK

FREEZINGQUICK

REFRIGERATION


FRZ. REF.

Q.F3

21 E.F E.R 1

23

Q.R

FUZZYTEMP

TIME SETQUICK

FREEZINGQUICK

REFRIGERATION


FRZ. REF.

Q.F3

21 E.F E.R 1

23

Q.R

low ON pointlow OFF point

High ON pointHigh OFF point

Overcoolingpoint

Quick START Quick ENDCOMP is

controlled by R1-sensor

Refrigerating room "High"

operation

36

NO.Control Control


6 Fuzzy COMP.R-fanF-fanLED

7 Determinationdefrost

1. When press the fuzzy button, predictable cooling of freezerand fridge room is started.

2. How to predict freezer and fridge room temperature.

1) Checking accumulated door open time every 2 hours.

2) Decision of open door frequency is as follow• Above 30 sec. : Door is opened frequently. (1)• Below 30 sec. : Door is not opened frequently. (0)

3) Decision of data is for 8 days.• If the accumulated open door time of 30 sec. is more

than 6 times for 8 days, then data decision will be high.• If RT-sensor<14˚C, it is operated mid instead of high.

4) Example

1. Necessary condition of determination defrost

1) COMP. operation accumulation time (6, 9, 12, 15 hours)

2) COMP. operation ratio (COMP. accumulation time is dividedby 3 hours)

3) Door open accumulation time.

4) Total time (COMP. on time+COMP. off time) is 60 hours.

5) Outside temperature is above 35˚C.

6) Various error• D-sensor error• F-sensor error• RT-sensor error• Door switch error

FUZZYTEMP

TIME SETQUICK

FREEZINGQUICK

REFRIGERATION


FRZ. REF.

Q.F3

21 E.F E.R 1

23

Q.R

Hour 2 4 6 8 10 12 14 16 18 20 22 24Date

1 1 0 1 1 1 0 0 0 1 1 0 1

2 0 0 1 1 1 0 0 0 0 1 0 1

3 0 0 1 1 1 0 0 1 1 0 1 0

4 0 1 1 1 0 1 1 1 1 1 0 0

5 0 0 0 0 1 0 0 1 1 1 1 0

6 1 0 1 1 0 0 0 1 0 1 0 1

7 0 1 1 1 0 0 1 1 1 0 1 0

8 1 0 1 1 1 0 0 1 1 1 1 1

Frequency 3 2 7 7 5 1 2 6 6 6 4 4

Data decision M M H H M M M H H H M M

37

NO.Control Control


8 Defrost COMP.mode F-fan

R-fanHeater

2. Description

1) It enters into the defrost mode at 15 hours unconditionally.

2) It enters into the defrost mode at 6, 9, 12 hoursconditionally.

3) Flow chart of determination defrost mode.

1. Pre-cool step

1) Time : 50 min.

2) COMP. and F-fan are on.

3) R-fan controls normally with temperature 1˚C higher thanthe off point which controlles R-fan in normal status.

Start 3 6 9 12 15(COMP. on accumulation time)

Entering into defrosting mode

YES

YES

YES

NO

YES

YES

YES

YES

Start

End

TOTALDoes the time elapse for 3 hours?

NO

COMPDoes the operation time elapse for 15 hours?

NO

NO


YES


NO

Are various errors occurred?

NO

Is RT greater than 35˚C?

NO

Is the COMP operation rate greater than 80%?

NO

Does the DOOR OPEN accumulationtime elapse for 10 minutes?

38

NO.Control Control


9 Testing COMP.device F-fan

R-fanHeaterLED

4) If the F-sensor -27˚C even the time elapsed is less than 50min., the Pre-cool step goes off.

2. D-heater+R-fan defrost

1) D-heater and R-fan are on.

2) When D-sensor is higher than 2˚C, R-fan goes off, and D-heater stays on contionously.

3) When D-sensor is higher than 10˚C, D-heater goes off.

4) Total limit time is 88 min.

5) If D-sensor is error, R-fan goes off and D-heater is on for 35min.

3. Pause

1) Time : 4 min.

2) All devices are off.

4. F-fan delay

1) Time : 8 min.

2) Only COMP. and R-fan are on.

5. R-fan delay

1) Time : 10 min.

2) Only COMP. and F-fan are on.

6. Output control of each step and time limit.

1. If press SW01 on M-PCB, the electric devices become on inorder as follows.

COMP. Heater Pause F-fan R-fan COMP.

2. At this time, all the custom LED become on.

3. Automatic return time is 1 min.

Heater Heater F-fan R-fanPre-cool +R-fan defrost pause delay delay

defrost

COMP. on off off off on on

F-fan on off off off off on

R-fan controlled on off off on off

Heater off on on off off off

Time 1) 80 min.

limit 50 min. 2) 35 min. in case of 4 min. 8 min. 10 min.D-sensor error

39

NO.Control Control


10 Electric Door S/Wdevice COMP.delay F-fan

R-fan

11 Demo COMP.function R-fan

F-fanDoor S/W

12 Delivery COMP.function F-fan

R-fanLED

1. F-fan on or off time is delayed, when COMP. is on or off.

2. F-fan and R-fan on or off time is delayed, when door switch ison or off.

1. If CN10 terminal on M-PCB is shorted, all electric devices gooff except F-fan, R-fan.

2. Fan control

3. F-PCB indicates the normal status and fuzzy status alternatelyin 15 sec. intervals.

1. If press the quick freezing and quick refrigerating button for 3sec. after power on, then delivery function will start.

1MIN. 1MIN.

0.5SEC

OPEN

0.5SEC

ON

ON

COMP

F-FANOFF

OFF

CLOSE

ON

ON

DOOR S/W

OFF F-FAN

OFF R-FAN

Normal status Demo status

F-fan : off F-fan : onDoor open

R-fan : off R-fan : on

F-fan : on F-fan : offDoor close

R-fan : on R-fan : off

Normal status

Fuzzy status


FRZ. REF.

Q.F3

21 E.F E.R 1

23

Q.R


FRZ. REF.

Q.F3

21 E.F E.R 1

23

Q.R

FUZZYTEMP

TIME SETQUICK

FREEZINGQUICK

REFRIGERATION


FRZ. REF.

Q.F3

21 E.F E.R 1

23

Q.R

40

NO.Control Control


13 Power COMP.failure Clockback-upfunction

14 COMP. COMP.restartprevent

15 Buzzer Buzzerfunction

16 First COMP.defrost F-fan

R-fanHeater

17 Forced COMP.defrost F-fan

R-fanHeater

18 AdjustR1-sensoroff point

2. The electric devices are off for 2 hours in delivery function.

3. The custom LED is on normally.

1. M-PCB reserves all functions for 3 hours after power failure.

2. Time running in power failure is as follow.

1) Clock

2) Preventing COMP. restarting

3) Pause time during defrosting

1. After COMP. is off, the COMP. is not on even though the F-sensor is at on point for 6 min.

1. Alarm buzzes 3 sec. after initial power on.

2. Alarm buzzes whenever each switch in F-PCB is pressed.

3. If the door is opened for more than 1 min., chirpy sound alarmbuzzes.

4. If adjust temperature, the fuzzy button will be not operativeand the buzzer will be off.

1. When power is loaded for the first time, it enters into defrostmode if D-sensor 3.5˚C. (Defrost mode starts from Pre-coolstep.)

1. Press the fuzzy button 5 times, when press temperature/timecontrol button. After that can enter the forced defrost mode.

2. Forced defrost mode.

1) The Pre-cool step is omitted.

2) Start from heater+R-fan defrost.

3. After forced defrost, the normal defrost is enabled in 15 hoursof accumulated COMP. on time.

1. When the temperature in fridge room is low (Low temperatureeven though R-fan and COMP. are operating properly),following functions are operating for easy after service.

FUZZYTEMP

TIME SETQUICK

FREEZINGQUICK

REFRIGERATION


FRZ. REF.

Q.F3

21 E.F E.R 1

23

Q.R

41

NO.Control Control


19 Error LEDdisplay R-fan

1) R1 : Off point determination innormal operation

R2 : Decreases off pointdetermination

J1 : If remove J1, the off point willbe decreased.

2) Resistance valueR1 : 31. 4 kΩR2 : 2.15 kΩ

3) Off point temperature

1. Press the fuzzy button 3 times, when press the quick freezingand the quick refrigerating button. After that error mode.

2. If press the temperature/time control button, then will changethe status on custom LED.

R1-sensor temperature F-sensor temperature D-sensortemperature Error code (If there is no error, then error codewill not occur.)

3. All error code will be reset, if they become normal.

4. Error code is refered to 3) Self-diagnosis table.

J1R2

R1

R1-SENSOR

Off point temperature

J1 shorted -1.0˚C

J1 opened -2.5˚C

FUZZYTEMP

TIME SETQUICK

FREEZINGQUICK

REFRIGERATION


FRZ. REF.

Q.F3

21 E.F E.R 1

23

Q.R

42

ErrorDefect function Check method

mode

F 1 F-sensor

R 1 R1-sensor

R 2 R2-sensor

D 1 D-sensor

RT RT-sensor

D 0 Door switch

C 1 Cooling cycle (check after first defrost mode)

F 3 Heater

3) Self-diagnosis table

If both R1 and R2-sensor are out of order, then RT-sensor control R-fan.- Room temperature ≤ 14˚C : R-fan is off- Room temperature ≥ 26˚C : R-fan is on for 15 minutes, R-fan is off for 5 minutes- 14˚C < Room temperature < 26˚C : R-fan is on for 2 minutes, R-fan is off for 18 minutes

- Compressor & F-fan is on for 24 minutes.

- Compressor & F-fan is off for 16 minutes.

- Regarded by R2-sensor.

- Detecting weak cooling is impossible.

- Heater is on only for 35 minutes.

- Natural defrost for 80 minutes.

4) Circuit and wiring diagram

43

18 17 16 15 14 13 12 11 1001 02 03 04 05 06 07 08 GND

11 12 13 14 15 16 17 18 VCC1 2 3 4 5 6 7 8 9

16 15 14 13 12 11 10 9

COM 04 14HEAT SINK

& GND

HEAT SINK& GND

13 03 COM

1 2 3 4 5 6 7 8VCC 01 11 12 02 VCC

16 15 14 13 12 11 10 901 02 03 04 05 06 07 COM

11 12 13 14 15 16 17 GND1 2 3 4 5 6 7 8

7805

7806

7812

R05

R07

R06

R01

R04

R02

R03

1

2

3

4

5

6

7

8

16

15

14

13

12

11

10

9

IC04

IC05

1 2 3 4 5 6 7

C02

0.1 µFC01IC01

TD62308BPIC02

TD62308BP

D01 D04 D02 D03

X4

X6

X7 X5

X2X1

X0

X3

SW1 SW4 SW2 SW3

Set FR Fuzzy

TC

4051

BA

R11

R10

R09

7805

6 3 14 11 9 16 1 8

7 2 15 10 4 5 12 13

14 3 6 11 9 16 1 8

15 2 7 10 4 5 12 13

a1

b1

c1

d1

e1

f1

g1

a2

b2

c2

d2

e2

f2

g2

a3

b3

c3

d3

e3

f3

g3

F E.F

R Cold

R

F Cold

E.R

Fuzzy

Q.R

F Warm

R Mid

R Q.F

F Mid

R Warm

:

Q.F

BAR

BAR

BAR BAR

BAR

BAR WarmBAR

MidBAR

R Mid

R Warm

F Q.F

F

R

R

:

8

9

10

11

12

13

14

Surround

RE.R

FE.FBAR

RE.RBAR

RE.R

Deodorant

FCold

CO

MP

D-H

TR

C-F

AN

F-F

AN

R-F

AN

5V

CN01 CN08

IC03

3

4

5

6

2

1

7

8

9

10

11

12

13

R01

R02

R03

R05

CC12

W-

BR

WB

BR

W

W-R

GR

G

V

B

Y

O

R

BK

R06

R07

R08

R09

R10

R11

R12

R13

9

10

11

12

13

14

15

16

17

40

41

18

19

20

21

4

3

2

1

DATA

DATA

DATA

DATA

DATA

DATA

DATA

DATA

10

17

16

15

14

13

12

11

18

9

2

3

4

5

6

7

8

1

SCAN A

SCAN B

SCAN C

KEY INPUT

5

6

7

8R04

VDD

F-S

D-S

R1-S

R2-S

RT-S

A/D 2

A/D 1

A/D 0

VAREF

FREQCHECK

BUZZERCOMPHTR

C-FANF-FANR-FAN

DOOR S/WCHECK

TEST

XTIN(32.768KHz)

XTOUT

RESET

XIN(8MHz)

XOUT

VSS

LEDTEST KEY

KEY

DEMO S/W

POWER OFFCHECK

TMP87CH46N

BZI34

38

37

36

35

33

32

1

2

3

4

5

6

7

8

16

15

14

13

12

11

10

9

IC07

R46

R45

CN05

R49750ohm IC08

IC044

3

PC817

1

2

M-PCB42

30

29

28

26

CC15

CC19

CC20

CC21

CC22

CE11

CE04

CE05

R39

R36

CE06

CE08

R17

R40

+

+

+

+

+

+

R4125.7K

R3731.4K

Jump optionR472.15KR38

30.1K

CC21

R34

CE07+ R22

29.4KRT-SENSOR

R2215K

CC17

0.1uF

BD1

CE01

CC01IC03

CC06 D4 IN4002

5.4V

R26

CE030.1F 5.5V

100 OHM 1N4002

CC04

IC06D1 CC02

IC05

5V

CC05 CC03

39

25 R16

R2323.2K

R2431.4K

CC24

R1524

CC25

23

22

CC26

CC27

R14

R1941.1K

R1831.4K

R2119.5K

R2030.1K

CE09

31 R25

4.7KC09

R27R44

R48

4.7K

ULN

2004

A

CC18

D3

1N5399

1N4002

D2

R43

47KR42

47K

SN3

23

11

9

VAR2

RY3

RY2

VE12HM5K

VE12HM5K

F-FAN

C-FAN

70+/-5C

FU

SE 1

.5A

G

FUSETEMP

DEFORSTHEATER

CN03

VS-12MB

RY1

BR

BR

BR

BR

R

S/C

R/C

CN02

BK

Y

B

R-FAN

V

BK

CN01

S/WDOOR

CN04

BL

GR

3 1

BK

WH

ROOM

BK

R FLAMP

BL 4 RED 2

P-RELAY

COMP

SN1

SN2

VAR1

FUSE 1.5A

PCB TRANS220V ACPOWER CORD

BK WH

YWGR

WH

GR

CN07

BL

CN06

OR F-SENSOR

D-SENSOR

R1-SENSOR

R2-SENSOR

+

+

RE1

RE2

CE10R13 +

CE021000µF

+

S8053

CC17

20PF

CC16

20PFIC02

CC08

R31

CC14

R33 R30

CC13

R28

CC11

CC10

CN10

JUMPER

R29

SW02

R32

SW01

TD

6278

3AP



* TEST JIG

* ULN2004A

INHIBITLLLLLLLLH


CLLLLHHHH

*

BLLHHLLHH

*

ALHLHLHLH

*

R23 R24 ˚Copen jump 3˚C

OK OK 5˚Cjump jump 7˚C

F-PCB

Model: FR-580N/NT FR-660N/NT - shema.ru · PDF filemodel: fr-580n/nt fr-660n/nt daewoo...

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Transcript of Model: FR-580N/NT FR-660N/NT - shema.ru · PDF filemodel: fr-580n/nt fr-660n/nt daewoo...